Q. In traditional ________ bioreactors, cell-laden scaffolds float in the medium while the vessel wall rotates.

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Q. _________ spectroscopy depends on the association of an outside field with the electric dipole moment of the specimen, generally indicated by the permittivity.

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Q. Rotating Wall vessel bioreactors are widely used for Cartilage Tissue Engineering because they provide a favorable Hydrodynamic environment for cartilage differentiation.

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Q. For cartilage TE, spinner-flask bioreactors have been used to recreate the in vivo physicochemical conditions of cartilage development.

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Q. Osteogenesis is higher when using spinner-flask bioreactors compared to when using Rotating Wall Vessel bioreactors.

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Q. Most studies on perfusion bioreactors have focused on the construction of small-sized, engineered bone tissues.

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Q. RWV bioreactors have been widely used for the expansion, characterization, and neural differentiation of stem cells.

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Q. Stirred bioreactors have also been employed to promote neural differentiation using microcarriers as scaffolds or in suspension culture (cell aggregates).

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Q. Hollow fiber and perfusion systems have been widely used in the generation of in vitro models and also in drug screening.

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Q. What type of bioreactor is shown in the diagram?

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Q. What type of perfusion bioreactor has been depicted in the following diagram?

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Q. What type of perfusion bioreactor has been depicted in the following diagram?

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Q. What type of perfusion bioreactor has been depicted in the following diagram?

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Q. What type of perfusion bioreactor has been depicted in the following diagram?

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Q. What type of perfusion bioreactor has been depicted in the following diagram?

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